The benefits of X-ray fluorescence are helping change the way people look at brownfield remediation
This case study describes the use of portable X-ray fluorescence (XRF) instrumentation in site characterization and corrective remediation for heavy metals and other contaminants, a process that allowed the environmental engineers to accelerate remediation efforts as the client prepared to invest in the redevelopment opportunities of a commercial 26-acre site in Massachusetts.
A new process for siting and cleanup analysis promotes successful brownfield redevelopment by combining cost-effective remediation with smart business strategies
"Location, location, location." How often have we heard that mantra from developers describing successful projects? Locations balancing access to their target market and proximity to resources of labor, transportation, or public utilities enhance the financial return on investment.
Proposed "all appropriate inquiries" rule will have far-reaching effects on real estate due diligence efforts
On January 11, 2002, President George W. Bush signed into law the Small Business Liability Relief and Brownfields Revitalization Act ("SBLR&BRA" or "Brownfields Amendments"). The act amends the innocent landowner defense against liability under the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), which is also known as Superfund, and extends liability protection to new categories of landowner, i.e. the "bona fide prospective purchaser" and "contiguous property" owner.
Successful remediation of recalcitrant compounds starts with comprehensive site characterization
There are numerous case studies of failed remedial systems, which in turn can be linked to the remedial design team not fully understanding the site conditions. Often the most effective way to clean up these recalcitrant sites is source/migration control rather than intrusive remediation. The best solution can only be determined if the site is properly understood.